Conclusion: the effect of Huanyuan injection on PAG may shed some light on its therapeutic mechanism for acute hemorrhage stroke.
结论：还元注射液对脑出血外周血中PAG水平影响可能是其治疗出血性脑卒中的机制之一。
They are associated with significant complications such as hemorrhage, heart attack, stroke, cognitive decline, depression, and death.
它们还和一系列的并发症有关，比如出血、心脏病发作、中风、认知能力下降、抑郁和死亡。
Your patient has suffered a type of stroke called subarachnoid hemorrhage (SAH).
您的病人患上了一种名为蛛网膜下出血(SAH)的中风病症。
Another cause of stroke is a cerebral hemorrhage, when an artery in the brain bursts and fills the area with blood.
脑出血是中风的另一原因。此时，脑部动脉破裂，破裂区域满是血液。
For example, physicians have long known that suffering a stroke, in which blood flow to the brain has been interrupted by a clot or a hemorrhage, can lead to dementia.
例如，医生们早就知道的，因流向大脑的血液出现梗塞或脑溢血造成的中风也可能会导致痴呆。
Hospital provincial authorities, neurology chief physician, said Xiaolin quarter, stroke, also known as "stroke", divided into cerebral infarction and cerebral hemorrhage.
省级机关医院院长、神经内科主任医师季晓林说，脑中风也称“脑卒中”，分为脑梗死和脑出血。
Gastrointestinal hemorrhage is one of the most heavily complications of cerebral stroke. The pathological mechanism is unclear.
消化道出血是脑卒中最严重的并发症之一，发病机制不清。
Intracerebral hemorrhage (ICH) refers to arterial hemorrhage of human nature, it is current world a death rate is the highest stroke types.
脑内出血(ICH)是指动脉出血破人脑本质，它是当今世界一种逝世亡率最高的脑卒中类型。
CONCLUSION: Regular antihypertensive treatment can reduce the incidence of stroke which relates to hypertension especially cerebral hemorrhage and relieve the conditions of patients.
结论：规则的抗高血压治疗有望减少高血压性脑卒中尤其是脑出血的发生、减轻脑卒中的病情。
Objective To explore the curative effectiveness of brain hemorrhage under the management mode of stroke unit.
目的探讨卒中单元管理模式下脑出血的治疗效果。
Results: A total of 82 patients were included, 77 with ischemic stroke and 5 with intracerebral hemorrhage.
结果：研究共纳入82名患者，77名有缺血性卒中，5名有脑内出血。
Objective To evaluate the clinical and ct manifestation of hemorrhage brain tumor stroke.
目的探讨出血性脑肿瘤卒中临床与CT表现。
In this study, we ask whether minocycline can prevent tPA-associated cerebral hemorrhage and extend the reperfusion window in an experimental stroke model in rats.
在这项研究中，我们询问米诺环素是否可以防止大鼠实验性卒中模型tPA相关的脑出血和扩大再灌注窗。
In this study, we ask whether minocycline can prevent tPA-associated cerebral hemorrhage and extend the reperfusion window in an experimental stroke model in rats.
在这项研究中，我们询问米诺环素是否可以防止大鼠实验性卒中模型tPA相关的脑出血和扩大再灌注窗。
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